Fostering Analytical Competence in Grade 2 Mathematics with Daily Practice

What if your best “calculator” student gets every answer right—but can’t explain why?

This action research explored whether daily structured maths practice could strengthen Grade 2 students’ analytical thinking and confidence, not just speed.

PROBLEM IN
CONTEXT

What the Data Revealed

At PWD Primary & Middle Campus, Grade 2 students were doing well in basic arithmetic, but the 2023 B-Meta results exposed a clear gap: many learners struggled when questions required analysis, reasoning, or problem-solving rather than direct calculation.

Why it Mattered

This weakness showed up in patterns, word problems, and “explain your thinking” tasks, where students often guessed or used rote methods without real understanding. Since analytical thinking is foundational for long-term maths success, the concern became a School Improvement Plan (SIP) priority, prompting teachers to investigate the issue through action research.

This challenge raised an important question for the teaching team: if students can calculate correctly, why do they struggle to justify their answers and solve unfamiliar problems? To explore this gap systematically, the teachers used action research to examine whether daily structured practice could strengthen students’ analytical competence—and whether that improvement would reflect in both assessment performance and mathematical confidence.

 A performance target was established — 80% of Grade 2 students should achieve more than 70% marks in the B-Meta and Common Assessment Tasks (CATs) — emphasizing the importance of conceptual clarity and reasoning in mathematical learning.

Research Question

How can daily rigorous math practices enhance Grade 2 students’ analytical and problem-solving skills?

Objective 01

 Analytical and Problem-solving Skills

To enhance the analytical and problem-solving skills of Grade 2 students through structured, daily mathematics practice involving hands-on, interactive, and inquiry-based learning activities.

Objective 02

Students’ Performance in Analytical Components of Assessments

To improve students’ performance in analytical components of assessments, particularly the B-Meta and Continuous Assessment Tasks (CATs), by integrating engaging strategies such as math games, puzzles, and real-life problem-solving activities.

INTERVENTION TIMELINE AND ACTIVITIES

August (Baseline Phase)

  • Conducted baseline analytical worksheets to identify gaps in reasoning

  • Diagnosed weak areas like patterns, word problems, and “explain your thinking” tasks

  • Collected initial data for 54 students

September onwards (Implementation Phase – Daily Routine Starts)

  • Introduced daily rigorous maths practice focused on thinking habits

  • Embedded short reasoning tasks into everyday lessons

  • Started consistent mental maths drills + multiplication tables (2–9) practice

Throughout the Cycle (Active Learning + Engagement)

Students practiced analytical thinking through:

  • Puzzles and interactive maths games

  • Hands-on challenges using counters and tangrams

  • Real-life problem contexts (money, grouping/sharing, number-building tasks)

Ongoing Monitoring & Assessment Tracking

  • Redesigned CATs to include a separate analytical skills component

  • Monitored progress through:

    • Regular formative worksheets

    • CAT comparisons

    • Tracking on Google Sheets + teacher observation notes

End of Cycle (Outcome Check)

  • Compared results against SIP targets

  • Recorded improvements in analytical performance and overall B-Meta outcomes

FINDINGS AND IMPLICATIONS

SIP Target Achieved (and exceeded)

By the end of the intervention, 85% of Grade 2 students scored above 70% in the analytical component—surpassing the SIP goal of 80%.

Major Improvement in B-Meta Performance

The Grade 2 Maths B-Meta average rose to 80.67% in 2024, showing a strong improvement compared to the previous year’s results.

Stronger Analytical Thinking and Reasoning Skills

Students showed visible growth in handling patterns, word problems, and “explain your thinking” questions, moving away from guesswork toward clearer reasoning.

More Engagement and Confidence in Problem-Solving

Daily routines, hands-on tools, and motivation strategies helped students become more confident, consistent, and willing to attempt challenging maths tasks—not just fast at calculations.

If you’re interested to learn more about the intervention, methodology, resources or the results, click on the button below to access the full research report.

Beaconhouse Employees – Open Internal Report with BSS Login
Non-Beaconhouse Users – Access Report by Requesting on Google Forms

Here’s the report podcast if you’re interested.

Saima Amjad Ali

School Coordinator

Saima Amjad Ali serves as a School Coordinator and teaches English to Grade 7 at Primary & Middle Branch PWD, Islamabad. In her leadership role, she strategically integrated the research initiative into the School Improvement Plan to advance academic excellence across the institution. The experience proved transformative, demonstrating how data-driven leadership can empower faculty members and foster a culture of continuous improvement. She strongly believes that research effectively bridges the gap between theory and practice, ensuring sustained growth in student learning and overall school performance.

Omaimah Farooqui

Instructional Coach

Omaimah Farooqui is an Instructional Coach and teaches General Science to Grade 7 at Primary & Middle Branch PWD, Islamabad. She engaged in action research with the objective of strengthening the analytical thinking skills of Grade 2 students. Through this process, she enhanced her reflective teaching practices and refined her use of targeted instructional strategies. She maintains that classroom-based research enables educators to make informed, evidence-based decisions that significantly improve student engagement, conceptual understanding, and academic achievement.